Question
Download Solution PDFएक फलन λ इस प्रकार परिभाषित है:
\(\lambda \left( {p,\;q} \right) = \left\{ {\begin{array}{*{20}{c}} {{{\left( {p - q} \right)}^2},\;\;यदि\;p \ge q,}\\ {p + q,\;\;यदि\;p < q.} \end{array}} \right.\)
व्यंजक \(\frac{\lambda (-(-3+2),(-2+3))}{(-(-2+1))}\) का मान है
Answer (Detailed Solution Below)
Detailed Solution
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दिया गया फलन λ इस प्रकार परिभाषित है:
\(λ \left( {p,\;q} \right) = \left\{ {\begin{array}{*{20}{c}} {{{\left( {p - q} \right)}^2},\;\;यदि\;p ≥ q,}\\ {p + q,\;\;यदि\;p < q.} \end{array}} \right.\)
मान लीजिये दिया गया व्यंजक P है,
\(⇒ P = \frac{λ (-(-3+2),(-2+3))}{(-(-2+1))}\)
λ और हर के अंदर के पदों को सरल करने पर, हमें प्राप्त होता है
\(⇒ P = \frac {λ (\; -(-1), \; (1)\;)}{(\; -(-1)\;)}\)
\(⇒ P = \frac {λ (1, \; 1)}{1}\)
p ≥ q के लिए, λ (p, q) = (p - q)2
अब p = q ⇒ λ (p, q) = (p - p)2 = 0;
⇒ λ (1, 1) = 0
अब व्यंजक P का मान होगा
\(P = \frac {0}{1} = 0;\)
इसलिए P = 0
Last updated on Dec 6, 2023
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